public void interpretQuery(Context context, IQueryBuilder builder)
{
AttributeDeclaration decl = left.CheckAttribute(context);
if (decl == null || !decl.Storable)
{
throw new SyntaxError("Unable to interpret predicate");
}
IValue value = right.interpret(context);
AttributeInfo info = decl.getAttributeInfo();
if (value is IInstance)
{
value = ((IInstance)value).GetMemberValue(context, "dbId", false);
}
MatchOp matchOp = getMatchOp();
builder.Verify(info, matchOp, value == null ? null : value.GetStorableData());
switch (oper)
{
case CmpOp.GTE:
case CmpOp.LTE:
builder.Not();
break;
}
}
public void interpretQuery(Context context, IQueryBuilder builder)
{
AttributeDeclaration decl = left.CheckAttribute(context);
if (decl == null || !decl.Storable)
{
throw new SyntaxError("Unable to interpret predicate");
}
IValue value = right.interpret(context);
if (value is IInstance)
{
value = ((IInstance)value).GetMemberValue(context, "dbId", false);
}
AttributeInfo info = decl.getAttributeInfo();
Object data = value == null ? null : value.GetStorableData();
MatchOp match = GetMatchOp();
builder.Verify <Object>(info, match, data);
if (oper == EqOp.NOT_EQUALS || oper == EqOp.IS_NOT || oper == EqOp.NOT_CONTAINS)
{
builder.Not();
}
}
public void interpretQuery(Context context, IQueryBuilder builder)
{
AttributeDeclaration decl = left.CheckAttribute(context);
if (decl == null || !decl.Storable)
{
throw new SyntaxError("Unable to interpret predicate");
}
IValue value = right.interpret(context);
MatchOp matchOp = getMatchOp(context, decl.getIType(), value.GetIType(), this.oper, false);
if (value is IInstance)
{
value = ((IInstance)value).GetMemberValue(context, "dbId", false);
}
AttributeInfo info = decl.getAttributeInfo();
Object data = value == null ? null : value.GetStorableData();
builder.Verify <Object>(info, matchOp, data);
if (oper.ToString().StartsWith("NOT_"))
{
builder.Not();
}
}
public void Verify <T>(AttributeInfo info, MatchOp match, T fieldValue)
{
predicates.Push(new MatchesPredicate <T>(info, match, fieldValue));
}
/// <summary>
/// Constructor for non-root node
/// </summary>
internal MatchTask(MatchTask<P_IN, P_OUT> parent, Spliterator<P_IN> spliterator) : base(parent, spliterator)
{
this.Op = parent.Op;
}
/// <summary>
/// Constructor for root node
/// </summary>
internal MatchTask(MatchOp<P_OUT> op, PipelineHelper<P_OUT> helper, Spliterator<P_IN> spliterator) : base(helper, spliterator)
{
this.Op = op;
}
public MatchesPredicate(AttributeInfo info, MatchOp match, T value)
{
this.info = info;
this.match = match;
this.value = value;
}
public void Verify <T>(AttributeInfo info, MatchOp match, T fieldValue)
{
query.Verify(info, match, fieldValue);
}